The SWeET Lab is equipped with state-of-the-art facilities for research in water treatment, environmental engineering, and sustainable technologies. Our equipment enables cutting-edge research in bioremediation, advanced oxidation processes, and material synthesis.

Chromatography System for analytical testing
High-Performance Liquid Chromatography
Packed Bed Bioreactor for wastewater treatment research
Packed Bed Bioreactor
Moving Bed Biofilm Reactor for biological wastewater treatment
Moving Bed Biofilm Reactor
Ozone Generator for advanced oxidation processes
Ozone Generator
Muffle Furnace for high-temperature material processing
Muffle Furnace
Split Tube Furnace for controlled temperature experiments
Split Tube Furnace
Lab Equipment
Lab Equipment

Equipment Details

State-of-the-art analytical equipment for separation and quantitative analysis of complex environmental samples. Enables detection of trace contaminants and monitoring of treatment processes with high precision.

Advanced bioreactor system used for heterogeneous reactions with fixed bacterial cultures on stationary solid phase packing material. Enables high-throughput biodegradation of organic pollutants with minimal biomass loss.

Innovative biological wastewater treatment technology that utilizes freely moving carrier media. Provides high surface area for biofilm growth while maintaining excellent mass transfer, resulting in efficient biodegradation.

High-capacity equipment for advanced oxidation processes in water treatment. Generates ozone for the degradation of recalcitrant compounds and disinfection. Capable of treating diverse industrial and municipal wastewaters.

Precision high-temperature furnace (up to 1100°C) for material processing, biochar preparation, and sample analysis. Essential for catalyst synthesis and thermal characterization of materials used in environmental applications.

Specialized furnace for controlled heating in tubular experiments. Used for synthesizing nanomaterials, carbon-based adsorbents, and conducting high-temperature reactions under various atmospheric conditions.